Yes. This is only one question. So first of all, clearly, this build-out of data centers and the requirement for electricity to not only, I'll say, drive the processing and the microchips that for these advanced microchips that are being installed, but also the electricity required to call them is producing an extraordinary level of demand, which I think we know that the utility companies themselves and the grid is struggling to cope with and how can that be satisfied. It did change again with the new incoming administration in the early part of this year when there's a greater emphasis on fossil fuels and really the natural gas being the technology of choice compared to renewables. And so that has caused us to think again regarding the investment profile for this business. So the back class of the fundamentals appear to be well set. Certainly, you look for the next few years, the build-out and the requirements are extraordinary and the question remains, of course, what would it look like at the turn of the decade in terms of each future growth. But having said that, I do think these data centers, which are there not just for the introduction and use of AI, but also just fundamental requirement from storage means that, that electricity demand will be there and so solid and gives us a lot of confidence to invest albeit we don't have the same clarity regarding backlog numbers that we have in the Commercial Aerospace market. So you don't quite have that same, I'll say, clarity and visibility into the back orders. So it's caused us to keep rethinking our investments, and we've picked it up again this year. And you've seen with our guided capital expenditure increases in investments that we are making. And we expect that CapEx in 2026 and indeed going into 2027 will be also at high levels while not disturbing what our fundamental aim is, which is to convert 90% of our net income into free cash flow. And so it's a tall order at the same time, we're excited to be part of this growth opportunity. When I think about sort of what's happening, there is growth in both the large industrial gas turbines that you see bought by utilities, which provide the electricity, which is transmitted over the grid. But now given the large demand is that there are gas turbines being installed at the data center sites or clusters of data center sites in a centralized facility to provide that underlying electricity. And then beyond that, is that there's backup to all this or in the case of where you just can't guess a large gas turbine at the moment because they're quite scarce and orders are now going out. If you place a new order, you're not going to get that big land-based gas turbine until probably into the 2030 or beyond is that as a case where a lot of midsized turbines are now being installed, not just for the fundamental production of electricity, but also because they are very fast reacting is that it ensures that the supply of electricity to the data center is uninterrupted. And therefore, it's providing a lot of stimulated demand for the aero derivatives. And in fact, if you look at the -- I think results this week of Caterpillar, they are seeing that, and they're one of our major customers in those midsized turbines. So it's quite exciting. And then in terms of technology, it's going very much along the same lines that we have in -- had done in aerospace where we have moved or are moving from turbine blades, which are solid to turbine blades, which are increasingly core. And what I mean my core is that you have air paths through those turbine blades to provide them with cooling air such that those turbines can be run at higher temperatures. So it's very much going along the evolution path that we've had in the aerospace world. And so as we move forward over the next, let's say, 2, 3, 4, 5 years, and is happening right now is that we're installing additional capabilities to be able to produce the sophisticated fine tolerance cores that enable that next level of technology to be achieved and that's both for the midsized turbines and indeed for the very large turbines that utilities tend to buy. If you look at the most recent development, without giving you specific market numbers or customers, some of those now initial turbine blades are as sophisticated as they possibly most sophisticated commercial, not necessarily military but commercial aerospace use in terms of the numbers of, I'll say, certain time air pathways through those turbine blades. So -- and of course, with that goes content and value because it again is producing the level of capability and electricity generation well above what you could have achieved with turbines in, let's say, 5 years ago or 10 years ago. So it's a pretty exciting landscape in terms of playing to our strength of the more sophisticated technology. It's causing us to expand. And you've heard me talk about the new manufacturing plant that we have or are building, in fact, at the end of this year, the structure will be complete to enable us to put new capabilities and, for example, new casting machines into that plant in the early part of 2026 to bring capacity on, not just for our customers in Japan, like Mitsubishi Heavy but also other customers like Siemens and GE and Ansaldo, et cetera. So -- and we're doing that, plus we're also expanding our plant in Europe significantly and also placing new capital in the existing footprint of our U.S. facility. So we're expanding in each of our 3 major sites where we produce gas turbine parts and really excited to be part of this journey which really is evolving very much in the same way as aerospace business, not only for those midsized turbines but also now for the very large gas turbines. And so it's a pretty exciting time for us. to be able to build out this business to be a very significant contributor for the company. So I'll stop there just in case I'm now getting too carried away with it. But I just want to make sure it hit the point of your question, Kristine.